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Multiscale Modeling and Analysis of Hydrogen-Enhanced Decohesion Across Block Boundaries in Low-Carbon Lath Martensite by Ivaylo H. Katzarov

“…The aim of this study is to develop an in-depth understanding of how hydrogen affects the cohesive strength of block boundaries in a lath martensitic structure by integrating continuum and atomistic computational modeling and to apply the resulting insights to investigate the effects of varying hydrogen concentrations and tensile loads on interface decohesion. …”
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Incorporating Wind Power Generation And Demand Response into Security-Constrained Unit Commitment by M.H. Hemmatpour, E. Zarei, M. Mohammadian

“…Responsive loads can be curtailed or shifted to another off peak hours. …”
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Obliczanie Powłok Translacyjnych Metodą Wieloboku Sznurowego by Z. Pełka

“…The possibility of application of the two numerical methods to the computation of translational shells is discussed in a general manner. …”
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THERMO-MECHANICAL FATIGUE ANALYSIS OF A STEAM TURBINE SHAFT by Martin Nesládek, Josef Jurenka, Michal Bartošák, Milan Růžička, Maxim Lutovinov, Jan Papuga, Radek Procházka, Jan Džugan, Petr Měšťánek

“…Rapid start-ups as well as the increased number of the load cycles applied to the turbines must be handled by design methodologies. …”
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An Optimized Topology Discovery Mechanism in Software Defined Networks by LI Lan-ying, WANG Min, ZHU Su-xia

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Applying Stochastic Metaheuristics to the Problem of Data Management in a Multi-Tenant Database Cluster by E. A. Boytsov

“…This system is aimed to be used by applications developed according to Software as a Service (SaaS) paradigm and allows to place tenants at database servers so that providing their isolation, data backup and the most effective usage of available computational power. One of the most important problems about such a system is an effective distribution of data into servers, which affects the degree of individual cluster nodes load and faulttolerance. …”
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TELECOMMUNICATION TECHNOLOGIES FOR MONITORING OF FUNCTIONAL STATUS OF DRIVERS DURING THEIR WORK by I. V. Fedotova, M. M. Nekrasova, E. V. Runova, A. V. Bakhchina, S. A. Ashirova, V. V. Kozhevnikov, I. S. Shishalov, S. B. Parin, S. A. Polevaya

“…The developed computer programs were used to calculate spectral indices of heart rhythm variability (HRV). …”
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Optimal Overall Dimensions of a Surface Acoustic Waves Ring Resonator by S. Yu. Shevchenko, D. A. Mikhailenko

“…The sensitivity and maximum acceleration load of the sensitive element of a SAW ring resonator directly depends on the ratio of the cantilever radius to its height, with higher sensitivity values correlating to lower values of maximum acceleration load. …”
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How Babies Learn to Move: An Applied Riemannian Geometry Theory of the Development of Visually-Guided Movement Synergies by Peter D. Neilson, Megan D. Neilson

“…Planning a multi-joint minimum-effort coordinated human movement to achieve a visual goal is computationally difficult: (i) The number of anatomical elemental movements of the human body greatly exceeds the number of degrees of freedom specified by visual goals; and (ii) the mass–inertia mechanical load about each elemental movement varies not only with the posture of the body but also with the mechanical interactions between the body and the environment. …”
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Plant Disease Detection Using an Innovative Swin-Axial Transformer by Ao Zhang, Wei Liu

“…The model’s parameter size is 14.87 M with a computational load of 2.96 GMac, which represents a reduction of 46% and 32%, respectively, compared to the Swin Transformer-T model, significantly improving computational efficiency. …”
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Florida Greenhouse Design by R. A. Bucklin

“…It includes descriptions of framing types and materials, design load consideration with appropriate resources, heating and cooling systems including materials, computer monitoring systems as well as recommendations for maintenance. …”
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Analysis of Friction Torque Characteristics of a Novel Ball–Roller Composite Turntable Bearing by Heng Tian, Weiwang Li, Xiuhua Shao, Zhanli Zhang, Wenhu Zhang

“…To address this issue, a novel ball–roller composite turntable bearing is proposed that effectively reduces friction torque while maintaining a high load capacity. A mechanical model based on statics is established, and the Newton–Raphson method is employed to calculate the contact load. …”
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Modelling Nonlinear Preloaded Multi-Bolted Systems on the Operational State by Rafał GRZEJDA

“…Between the joined elements, the nonlinear Winkler model of a contact layer is taken into consideration. A computational model of the system is proposed, which makes it possible to analyse the preloaded multi-bolted connections subjected to an eccentric normal load. …”
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Optimization of the Structure of a Multilayer Cylindrical Shell Under Stability Loss Conditions by G. Mielczarek

“…The optimization process is based on the method for determining the critical loads (Tcr), presented in [1] and on the kinematic broken line theory, and the static distribution theory of lateraI shear stresses. …”
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Florida Greenhouse Design by Ying Zhang, Jonathan Watson, R. A. Bucklin

“…It includes descriptions of framing types and materials, design load consideration with appropriate resources, heating and cooling systems including materials, computer monitoring systems as well as recommendations for maintenance. …”
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Optimal Design of Elastic Arches with I Cross-Section by G. Szefer, L. Mikulski

“…Arches are subjected to a dead weight and useful external load. The volume of the element or the deflection at the chosen point are the optimality criteria. …”
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Reduction of Active Power Loss at 110/220 kV Node Substations Using Fuzzy Controller by Krysanov V.N., Burkovsky V.L., Danilov A.D.

“…Currently, the evaluation of real static characteristics of the load is determined generally by the following methods: computational, ana-lytical, passive and active experiments. …”
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An integrated nanoindentation-finite element analysis approach for fracture toughness characterization and yield strength prediction in semiconductor thin films by Dao Kun Lim, Derik Rudd, Kian Guan Khoo, Fa Xing Che, Venkata Rama Satya Pradeep Vempaty, Wen How Sim, Harjashan Veer Singh, Wentao Yan, Yeow Kheng Lim

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Próba Probabilistycznej Oceny Bezpieczeństwa Mostów Stalowych by W. Wierzbicki

“…The admissible stress k (or the safety factor) of a steel bridge under a moving load can be deter- mined by means of Eq. 13 where Ωs expresses the probability that in the case of a static load none of the increases of the stress σ expressed by Eqs. (1) exceeds the value Ω  - the probability that the increase of the stress σ due to dynamic factors will not exceed σdg, and Ωm the probability that the stress at the yield point is greater than the limit stress expressed by Eq. (10). …”
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Role of curvature in controlling SWBLI behavior in a hypersonic double ramp flow by Abhinav Aggarwal, Rajesh Ranjan

“…Hypersonic flows generate intense unsteady pressure and thermal loads, posing significant challenges for high-speed aerospace applications such as re-entry vehicles and hypersonic cruise systems. …”
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